Nursing Elites

1. A client with cancer is to undergo an intravenous pyelogram. The nurse should:

• A. Ensure adequate fluid intake 24 hours before the procedure
• B. Ask the client to void immediately before the study
• C. Administer medication that affects the central nervous system as prescribed
• D. Position the client appropriately for the procedure

Correct answer: B

Rationale: The correct answer is to ask the client to void immediately before the study. For an intravenous pyelogram, the client may have orders for laxatives or enemas, so ensuring the client voids before the test is important to prevent obscuring visualization of the kidney, ureters, and bladder. Choice A is incorrect because there is no need to force fluids before the procedure. Choice C is incorrect as medications affecting the central nervous system should not be held unless specified by the healthcare provider. Choice D is incorrect as covering the reproductive organs with an x-ray shield is not necessary for an intravenous pyelogram.

2. When a woman is having her first child, she is experiencing which type of crisis event?

• A. situational
• B. maturational
• C. adventitious
• D. reactive

Correct answer: B

Rationale: A maturational crisis occurs when an individual reaches a new stage of development, such as becoming a parent for the first time, and needs to develop new coping strategies to adapt to this change. Situational crises (Choice A) arise from external sources, not developmental milestones. Adventitious crises (Choice C) are caused by external events like natural disasters and are not related to personal development stages. Reactive crises (Choice D) are responses to specific stressors and are not associated with developmental milestones like becoming a parent for the first time.

3. While the client is receiving total parenteral nutrition (TPN), which lab test should be evaluated?

• A. Hemoglobin
• B. Creatinine
• C. Blood glucose
• D. White blood cell count

Correct answer: C

Rationale: When a client is receiving total parenteral nutrition (TPN), monitoring blood glucose levels is crucial as TPN solutions contain high amounts of glucose. This monitoring helps prevent hyperglycemia or hypoglycemia. Evaluating hemoglobin (choice A) is not directly related to TPN administration. Creatinine (choice B) is more relevant for assessing kidney function. White blood cell count (choice D) is important for evaluating immune function and infection, but not specifically tied to TPN administration.

4. A client asks the nurse if all donor blood products are cross-matched with the recipient to prevent a transfusion reaction. Which of the following always requires cross-matching?

• A. packed red blood cells
• B. platelets
• C. plasma
• D. granulocytes

Correct answer: A

Rationale: Corrected Rationale: Packed red blood cells contain antigens and antibodies that must be matched between the donor and recipient to prevent transfusion reactions. Platelets, plasma, and granulocytes do not contain red blood cells, so they do not require cross-matching. Platelets are matched based on ABO compatibility, while plasma and granulocytes are not routinely cross-matched as they lack red cell antigens.

5. How can medication bound to protein affect drug availability?

• A. enhanced drug availability
• B. rapid distribution of the drug to receptor sites
• C. less availability to produce desired medicinal effects
• D. increased metabolism of the drug by the liver

Correct answer: C

Rationale: Medication bound to protein reduces the availability of the drug to produce desired medicinal effects because only unbound drugs can effectively bind to active receptor sites. When a drug is bound to protein, it cannot bind with receptor sites, limiting its therapeutic impact. Choice A is incorrect because drug availability is reduced when it is bound to protein. Choice B is incorrect as rapid distribution to receptor sites is not possible if the drug is bound to protein and cannot bind with receptors. Choice D is incorrect as metabolism does not increase when the drug is bound to protein; the liver first needs to separate the drug from the protein before metabolism can occur.

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